CN205721945U - One way of life waste logistics intermodal system monitoring and dispatching system - Google Patents
One way of life waste logistics intermodal system monitoring and dispatching system Download PDFInfo
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- CN205721945U CN205721945U CN201620538316.0U CN201620538316U CN205721945U CN 205721945 U CN205721945 U CN 205721945U CN 201620538316 U CN201620538316 U CN 201620538316U CN 205721945 U CN205721945 U CN 205721945U
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Abstract
The utility model discloses one way of life waste logistics intermodal system monitoring and dispatching system, it is characterized in that, including computer management module and the monitoring system being connected with described computer management module and dispatching and command system, described monitoring system includes being arranged on ENTRANCE, exit, refuse-unloading district and each compression box and berths the camera above position, and the monitoring display screen being arranged in control room, berth on position the compressive state of rubbish in transhipment compression box be shown in monitoring display screen for travel condition of vehicle in monitoring station and compression box；Described dispatching and command system includes the scheduling input unit being arranged in control room, and it is arranged on the scheduling display screen in ENTRANCE, exit, refuse-unloading district and garbage-compressing district, for inputting the schedule information of vehicle and transhipment compression box and being shown in scheduling display screen.The utility model have can make in station vehicle operation in order, safety in production, scheduling rationally, the advantage such as high-efficiency operation.
Description
Technical field
The utility model relates to field of garbage disposal, adjusts in particular to the monitoring of one way of life waste logistics intermodal system
Degree system.
Background technology
With the development in city, the construction of destructor plant is more and more far away from urban district, and existing refuse transfer station will
Rubbish after process is directly taken destructor plant, not only needs to increase the distance of transport, simultaneously, it is also desirable to increase garbage truck
Transport power, improves the garbage truck quantity worn city from city and cross and order of classes or grades at school.While increasing operating cost, it is impossible to obtain preferably
Waste transportation effect.
In order to solve the problems referred to above, applicant considers to devise house refuse logistics intermodal system, including be arranged on city
Regional is used for collecting a transfer station of surrounding area house refuse, and for processing the garbage disposal of house refuse
Factory, a described transfer station includes refuse transfer box and a transfer car(buggy) for transport of refuse；A described transfer station and rubbish
It is additionally provided with secondary transfer station, described secondary transfer station to each described transfer station and destructor plant between rubbish treatment plant
Distance is all close；Described secondary transfer station include lift transit zone, be provided with in described lifting transit zone lifting transporter with
And the wing-rooms on either side of a one-story house semitrailer of two refuse transfer boxes can be loaded simultaneously.Described secondary transfer station also includes transit compressing district, described
Be provided with the refuse compressor for compressed garbage in transit compressing district, for storing the transhipment compression box of compressed garbage, with
And be used for transporting transfer car(buggy) in the described station transporting compression box.It is additionally provided with for collecting described secondary in described transit compressing district
The refuse collector of transfer station surrounding area house refuse.Wherein, described transit compressing district includes the refuse-unloading being disposed adjacent
District and garbage-compressing district, described garbage-compressing district is provided with some being available near the side in refuse-unloading district along this side length direction
The transhipment compression box vertically placed of compression box is berthed position；As such, it is possible to the rubbish first a transfer station and surrounding area collected
Rubbish sends into secondary transfer station, uses cross-docking or transporting compressed mode, utilizes wing-rooms on either side of a one-story house semitrailer that rubbish is transported to rubbish
Treatment plant, it is possible to increase transport capacity, cost-effective.
But wherein, in addition it is also necessary to consider further transporting compressed during, how to make in station vehicle operation in order, safety raw
Produce, dispatch the problems such as reasonable, high-efficiency operation.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: how to provide a kind of energy
Enough make in station vehicle operation in order, safety in production, scheduling rationally, the house refuse logistics intermodal system monitoring tune of high-efficiency operation
Degree system.
In order to solve above-mentioned technical problem, the utility model have employed following technical scheme:
One way of life waste logistics intermodal system monitoring and dispatching system, it is characterised in that include computer management module,
And the monitoring system that is connected with described computer management module and dispatching and command system, described monitoring system include being arranged on into
Exit, exit, refuse-unloading district and each compression box are berthed the camera above position, and the monitoring being arranged in control room
Display screen, berths on position in transhipment compression box the compressive state of rubbish simultaneously for travel condition of vehicle in monitoring station and compression box
It is shown on monitoring display screen；Described dispatching and command system includes the scheduling input unit being arranged in control room, and arranges
It at the scheduling display screen in ENTRANCE, exit, refuse-unloading district and garbage-compressing district, is used for inputting vehicle and transhipment compression
The schedule information of case is simultaneously shown on scheduling display screen.
During work, staff observes the vehicle fortune in ENTRANCE, exit and refuse-unloading district from monitoring display screen
Garbage-compressing situation in row situation, and transhipment compression box, is scheduling referring to vehicle out of the station by scheduling input unit
Wave, and in control station, transfer car(buggy) is changed to having compressed the transhipment compression box putting in place.As such, it is possible to make interior vehicle of standing
The effects such as operation is orderly, safety in production, reasonable, the high-efficiency operation of scheduling.
As optimization, described scheduling input unit includes microphone for speech input, and described dispatching and command system is also
Including be arranged on the loudspeaker in ENTRANCE, exit, refuse-unloading district and garbage-compressing district, for referring to the scheduling of phonetic entry
Order is broadcast to staff by loudspeaker.So, it is scheduling by microphone and loudspeaker, there is high input speed, remind
The good advantage of effect.
As optimization, described monitoring system also includes weighing system, and described weighing system includes and described meter
The connected weighing controller of calculation machine management module and the electronic vehicle weighing apparatus being arranged on ENTRANCE and exit passage, described electricity
The sensor of sub-truck scale is electrically connected to described weighing controller.
During work, enter the station the electronic vehicle weighing apparatus through ENTRANCE for the vehicle, and weighing controller recorded the weight of the vehicle that enters the station
Amount, during vehicle outbound, through the electronic vehicle weighing apparatus of exit, weighing controller recorded the weight of outbound vehicles.Meanwhile, weigh
Weighing results is flowed to computer management module by controller, such that it is able to the quantity of the convenient rubbish out of the station adding up every day.
As optimization, described weighing system also includes being arranged on the weight display above ENTRANCE and exit,
Described weight display is connected with described weighing controller.
As such, it is possible to vehicle weight is shown, it is simple to confirm whether load-bearing completes, and anti-leak-stopping claims phenomenon to occur, and has
It is beneficial to improve the accuracy of load bearing system.
As optimization, described weighing system also includes being arranged on the traffic lights above described electronic vehicle weighing apparatus,
Described traffic lights are connected with described weighing controller.
So, arranging traffic lights can guide vehicle out of the station in order, and once vehicle weighing does not complete, and traffic is believed
The vehicle to rear for the signal lamp is refused to let pass, and prevents front vehicle from quickly reaching electronic vehicle weighing apparatus and causes shadow to weighing of front vehicles
Ring, be conducive to improving the accuracy of weighing system, increase the order of vehicle out of the station.
As optimization, the front end of described electronic vehicle weighing apparatus is additionally provided with for detecting the radio-frequency card information being arranged on vehicle
Ground induction coil, described ground induction coil is connected with described weighing controller.
During use, for ease of the management of vehicle, existing garbage transporting vehicle is fitted with the radio frequency of recording information of vehicles
Card, by arranging ground induction coil in electronic vehicle weighing apparatus front end, can read information of vehicles and be sent in computer management module,
It is used for recording the order of classes or grades at school of transport every day of each car, and the rubbish quantity of every order of classes or grades at school transport, it is simple to be preferably subsequent vehicle
Schedule prepare.
In sum, the utility model have can make in station vehicle operation in order, safety in production, scheduling rationally, efficiently
The advantages such as operating.
Brief description
The process chart that Fig. 1 is life waste logistics intermodal system one embodiment.
Fig. 2 is the arrangement schematic diagram of house refuse logistics intermodal system in Fig. 1.
Fig. 3 is the structural representation of monitoring and dispatching system.
Fig. 4 is the structural representation of transhipment compression box.
Fig. 5 is the structural representation of refuse compressor.
Detailed description of the invention
House refuse logistics intermodal system of the present utility model and accompanying drawing is used to make the utility model below in conjunction with one
Further describe in detail.
When being embodied as, as shown in Fig. 1 ~ Fig. 5, one way of life waste logistics intermodal system, including be arranged on city each
Region is used for collecting a transfer station 1 of surrounding area house refuse, and for processing the destructor plant 3 of house refuse,
A described transfer station 1 includes refuse transfer box 11 and a transfer car(buggy) 12 for transport of refuse；A described transfer station 1 with
It is additionally provided with secondary transfer station 2, at described secondary transfer station 2 to each described transfer station 1 and rubbish between destructor plant 3
The distance of reason factory 3 is all close；Described secondary transfer station 2 includes lifting transit zone 21, is provided with and hangs in described lifting transit zone 21
Dress transporter 211 and the wing-rooms on either side of a one-story house semitrailer 212 that can simultaneously load two refuse transfer boxes 11.
During work, refuse transfer box is transported to secondary transfer station by a transfer car(buggy), and by lifting transporter by rubbish
Rubbish transport box is lifted on wing-rooms on either side of a one-story house semitrailer from a transfer car(buggy), is then transported to refuse transfer box by wing-rooms on either side of a one-story house semitrailer
Destructor plant carries out domestic rubbish disposal.Owing to secondary transfer station is positioned at one time between transfer station and destructor plant, and two
Secondary transfer station is all close with the distance of destructor plant to each described transfer station.As such, it is possible to reduce by a transfer car(buggy)
Transportation range, saves the separate run times of a transfer car(buggy), on the premise of keeping a transfer car(buggy) quantity constant, and Ke Yizeng
Add a transfer station to the garbage transporting number of times of secondary transfer station, beneficially save the cost once transported.Secondary transfer station leads to
Cross wing-rooms on either side of a one-story house semitrailer and two refuse transfer boxes are transported to destructor plant simultaneously, improve the transport capacity of vehicle, decrease
The quantity of vehicle, is conducive to saving the consumption of fuel oil, saves cost of transportation, improve conevying efficiency.
During enforcement, described secondary transfer station 2 also includes transit compressing district 22, be provided with in described transit compressing district 22 for
The refuse compressor 221 of compressed garbage is used for storing the transhipment compression box 222 of compressed garbage, and is used for transporting described transhipment
Transfer car(buggy) 223 in the station of compression box 222.
In work, being cost-effective, one time transfer station is usually existing utility, owing to building the standard in period and construction
Inconsistent, the rubbish collected is not compressed by transfer station of part, and has transfer station of part because of ageing equipment
Etc. reason, compression ratio is relatively low so that the charging ratio of refuse transfer box is relatively low, thus improves the cost of wheeling of rubbish.So, exist
Secondary transfer station arranges transit compressing district, a transfer station is not pressed through the rubbish of overcompression in secondary transfer station
Contract and be stored in transhipment compression box, then by transfer car(buggy) in station, transhipment compression box is transported to lift transit zone, is turned by lifting
Transhipment compression box is lifted into wing-rooms on either side of a one-story house semitrailer and delivers to destructor plant by shipping unit.Be conducive to improving the rubbish dress of transhipment compression box
Load rate, improves the efficiency of wing-rooms on either side of a one-story house semitrailer single transport, saves cost of transportation.
When being embodied as, the size of described transhipment compression box 222 is consistent with described refuse transfer box 11 size, makes described
Wing-rooms on either side of a one-story house semitrailer 212 can load two described transhipment compression box 222 simultaneously.
It during enforcement, is additionally provided with in described transit compressing district 22 for collecting the life of described secondary transfer station 2 surrounding area
The refuse collector of rubbish.
So, arrange refuse collector to be collected the house refuse of secondary transfer station surrounding area, then send
It is compressed to refuse compressor.Use above-mentioned setting, secondary transfer station can be made to play the refuse collection of a transfer station
Effect, adds the function of secondary transfer station, improves the utilization rate of secondary transfer station, beneficially cost-effective.
During enforcement, described transit compressing district 22 includes refuse-unloading district 225 and the garbage-compressing district 226 being disposed adjacent, institute
State garbage-compressing district 226 near refuse-unloading district 225 side along this side length direction be provided with some be available for transport compression box
222 compression box vertically placed are berthed position；Described refuse-unloading district 225 is higher than described garbage-compressing district 226, and therebetween
Drop matches with the length of described transhipment compression box 222, makes the upper end of the described transhipment compression box 222 vertically placed be less than position
Refuse collection chassis in described refuse-unloading district 225 or the minimum altitude on a transfer car(buggy) chassis.
During work, transhipment compression box is vertically placed on compression box and berths position, then by refuse collector or once transport
Car sails in refuse-unloading district, and by tailstock alignment transhipment compression box, due to the upper end of the vertical described transhipment compression box placed
It is less than and be positioned at the refuse collection chassis in described refuse-unloading district or the minimum altitude on a transfer car(buggy) chassis, refuse collector
Or a transfer car(buggy) is easy to be discharged into rubbish in transhipment compression box, be conducive to improving operating efficiency.
During enforcement, described compression box is berthed the discharge chute that position is provided above being hung by steel wire elevator, described unloads
Material chute can move up and down under the effect of steel wire elevator；Described discharge chute is overall in quadrangular frustum pyramid shaped wide at the top and narrow at the bottom
Funnel, and lower end matches with the vertical transhipment compression box upper end placed, and enables what discharge chute fitted like a glove to be placed on
The upper end of transhipment compression box；When described discharge chute is positioned at the upper end of transhipment compression box, described discharge chute is towards described rubbish
The side height of discharge zone 225 is less than at the bottom of refuse collection chassis or the transfer car(buggy) being positioned at described refuse-unloading district 225
The minimum altitude of dish.
During work, first pass through steel wire elevator discharge chute is placed on transhipment compression box upper end, refuse collector or
No. one time transfer car(buggy) could start discharging.So, it is collected guiding to the rubbish dumping by discharge chute wide at the top and narrow at the bottom, make
Rubbish accurately falls in transhipment compression box, is possible to prevent rubbish in discharge process to be scattered to surrounding, is conducive to improving transit compressing
The environmental sanitation in district.
During enforcement, berth with compression box near side, garbage-compressing district 226 the corresponding position in position in described refuse-unloading district 225
Put and be provided with reversing limiting stand, when making the trailing wheel of refuse collector or a transfer car(buggy) arrive at this reversing limiting stand, tailstock position
Boundary in described refuse-unloading district 225 and garbage-compressing district 226.
As such, it is possible to prevent from moveing backward not in place after, cannot accurately fall into when rubbish dumps in transhipment compression box, be conducive to carrying
The environmental sanitation of high transfer compressional zone.Meanwhile, also can prevent from moveing backward malfunctioning or operational error and make vehicle fall into garbage-compressing
District, is conducive to improving the security of operation.
During enforcement, described reversing limiting stand is along the length in described refuse-unloading district 225 and the boundary in garbage-compressing district 226
Direction is set to one, and its height is 100 ~ 120mm.
Build as such, it is possible to be easy to reversing limiting stand, reduce wheel and reversing limiting stand contraposition in reversing process simultaneously
Require.It is highly that 100 ~ 120mm can be suitable for and major part vehicle.
It during enforcement, between described refuse-unloading district 225 and garbage-compressing district 226, is provided with dividing wall, described dividing wall pair
Should be provided with rolling screen door in the berth position of position of described compression box, described rolling screen door is available for refuse collector after opening or once transports
Rubbish is discharged into transhipment compression box by car.
Dividing wall is used to distinguish refuse-unloading district and garbage-compressing every and arranging rolling screen door on dividing wall, both ensured
Normal discharging operations, after discharging operations completes, closes rolling screen door in time, and the foul smell being also prevented from garbage-compressing district expands
It is scattered to refuse-unloading district.
During enforcement, described transit compressing district is additionally provided with the negative pressure extractor fan for processing foul smell；In described rolling screen door
The dividing wall both sides of side are each provided with a negative pressure suction opeing, and described negative pressure suction opeing is connected to described negative pressure exhausting by pipeline
Device.
During work, negative pressure extractor fan makes to be formed at negative pressure suction opeing negative pressure, thus by discharge process, discharging rubbish
The foul smell being come out passes through pipeline inspiration negative pressure extractor fan, is conducive to improving the environmental sanitation in transit compressing district.
During enforcement, described refuse compressor 221 berths the compactor above position for being arranged on compression box, described compactor
Including vertically arranged hydraulic cylinder, and being arranged on the pressure head of hydraulic cylinder lower end, described pressure head can extend downwardly into hydraulic cylinder
It is vertically placed on compressed garbage in the transhipment compression box that compression box is berthed on position.
Said structure is simple, it is easy to manufacture, and meanwhile, uses Driven by Hydraulic Cylinder pressure head to be compressed rubbish, compression efficiency
Higher.
During enforcement, described compression box is berthed and is also had two above position along described refuse-unloading district 225 and garbage-compressing district
The guide rail being parallel to each other that the length direction of the boundary of 226 is arranged；Described compactor also includes that level frame is located at described guide rail
On compactor base；Described hydraulic cylinder is arranged on described compactor base, and can move along guide rail with compactor base.
During work, according to the duty of transhipment compression box, compactor base is moved along guide rail, makes the pressure head of compactor
Alignment needs the transhipment compression box of compression, is then compressed.Use said structure, it is possible to use a compactor can complete
The compression work of all of transhipment compression box, beneficially cost-effective.
During enforcement, the cross section of two described guide rails be opening just to two U-shaped；Lead described in described compactor base is corresponding
Being provided with roller on the position of rail, described roller can being arranged in corresponding guide rail of horizontal rolling.The simple in construction of above-mentioned guide rail,
Easily manufacture.
During enforcement, described transhipment compression box includes that horizontal positioned state is positioned at the charging aperture of length direction front end, Yi Jiwei
Discharge port in length direction rear end；It is sealed and installed with dismountable charging chamber door on described charging aperture, close on described discharge port
Envelope is provided with dismountable discharging chamber door；The outside of described charging aperture and discharge port is all connected with being provided with rectangular framework, institute
State and at each drift angle of framework, be provided with container angle, and between the position of each container angle and each container angle between
Away from according to the ISO standard.
During use, the charging aperture of transhipment compression box is vertically placed on compression box upward and berths position, then by rubbish from entering
Material mouth is discharged into transhipment compression box, after compression, then delivers to lift transit zone by transfer car(buggy) in station, will be transported by lifting transporter
Compression box is lifted into delivers to destructor plant on wing-rooms on either side of a one-story house semitrailer.In said structure, container is set at each drift angle of framework
Corner fittings, can make transhipment compression box more easily fixed placement on wing-rooms on either side of a one-story house semitrailer, prevents transhipment compression box from dropping, is conducive to
Improve security in transit.
During enforcement, same framework be positioned at transhipment compression box horizontal positioned state bottom on adjacent two container angles
Centre-to-centre spacing be 2322mm, two container angles that different frameworks are positioned on the bottom of transhipment compression box horizontal positioned state
Minimum centers-distance is 5682mm.As such, it is possible to be suitable for and most wing-rooms on either side of a one-story house semitrailer, improve the applicability of transhipment compression box.
During enforcement, the inwall of described transhipment compression box is cylindrical barrel structure.
So, inwall is cylindrical barrel structure, without dead angle when dumping rubbish；Can guarantee that the smooth and easy, thorough of discharging.Separately
Outward, rubbish is when vanning compression, and compactor is always pressed in the central area of container every time, this rubbish in making container center region
Rubbish density compares the height of wanting of surrounding, and around rubbish is relatively loose, less with the contact resistance of chamber wall.During discharging, in
The gravity that the rubbish in heart region is subject to is also bigger, it is easy to draw off.With the drive of central area rubbish, around rubbish is just at inertia
With landing under Action of Gravity Field, complete the overall process of discharging.
During enforcement, the inwall of described transhipment compression box near one end of described charging aperture in the outside loudspeaker expanding and arranging
Shape, and the outermost end of inwall is the rectangle that is connected with corresponding framework.
So, the inwall transporting compression box is cylinder, and it is tubaeform that one end of charging aperture is arranged in outside expansion, it is simple to
The collection of rubbish, prevents scattering of rubbish, is conducive to improving environmental sanitation.In addition, said structure makes rubbish not hide deposits it
Place, easily cleans.
During enforcement, described transhipment compression box is connected with corresponding framework near one end of described discharge port, and stretches out this
The outside of framework, the conglobate discharge port of shape；Described discharging chamber door is the rectangular plate-like structure consistent with corresponding framework, institute
State and there is on discharging chamber door the circular groove matching with described discharge port, in described circular groove, be provided with sealing ring, make to unload
When hopper door is arranged on described discharge port, described discharge port embeds simultaneously crush seal circle formation sealing in described circular groove.
So so that the sealing of transhipment compression box is preferable, is difficult to leakage, be conducive to improving environmental sanitation.
During enforcement, the material of described sealing ring is ethylene propylene diene rubber.
Due to ethylene propylene diene rubber good seal performance, corrosion-resistant, wear-resistant, anti-aging, the life-span is long, it is ensured that rubbish oozes
Draining is without water clock.
During enforcement, also include that horizontal positioned state is positioned at symmetrically arranged two longerons of bottom, two described longerons
Spacing is 1060mm.
So, two symmetrical longerons are set in bottom, and the spacing of longeron is 1060mm so that transhipment compression box can
It is suitable for and compartment removable garbage truck, improve the scope of application of transhipment compression box.
During enforcement, described secondary transfer station 2 also includes monitoring and dispatching system 23, and described monitoring and dispatching system 23 includes calculating
Machine manages module 231 and the monitoring system 232 being connected with described computer management module 231 and dispatching and command system 233, institute
State monitoring system 232 to include being arranged on ENTRANCE, exit, refuse-unloading district and each compression box and berth the shooting above position
Head, and the monitoring display screen being arranged in control room, berth position for travel condition of vehicle in monitoring station and compression box
The compressive state of rubbish being shown on monitoring display screen in transhipment compression box；Described dispatching and command system 233 includes being arranged on
Scheduling input unit in control room, and it is arranged on the scheduling in ENTRANCE, exit, refuse-unloading district and garbage-compressing district
Display screen, for inputting the schedule information of vehicle and transhipment compression box and being shown in scheduling display screen.
During work, staff observes the vehicle fortune in ENTRANCE, exit and refuse-unloading district from monitoring display screen
Garbage-compressing situation in row situation, and transhipment compression box, is scheduling referring to vehicle out of the station by scheduling input unit
Wave, and in control station, transfer car(buggy) is changed to having compressed the transhipment compression box putting in place.As such, it is possible to make interior vehicle of standing
The effects such as operation is orderly, safety in production, reasonable, the high-efficiency operation of scheduling.
During enforcement, described scheduling input unit includes microphone for speech input, and described dispatching and command system also wraps
Include the loudspeaker being arranged on ENTRANCE, exit, refuse-unloading district and garbage-compressing district, for by the dispatch command of phonetic entry
Broadcast to staff by loudspeaker.So, it is scheduling by microphone and loudspeaker, there is high input speed, remind effect
Really good advantage.
During enforcement, described monitoring system 232 also includes weighing system 234, described weighing system 234 include with
The connected weighing controller of described computer management module 231 and the electronic car being arranged on ENTRANCE and exit passage
Weighing apparatus, the sensor of described electronic vehicle weighing apparatus is electrically connected to described weighing controller.
During work, enter the station the electronic vehicle weighing apparatus through ENTRANCE for the vehicle, and weighing controller recorded the weight of the vehicle that enters the station
Amount, during vehicle outbound, through the electronic vehicle weighing apparatus of exit, weighing controller recorded the weight of outbound vehicles.Meanwhile, weigh
Weighing results is flowed to computer management module by controller, such that it is able to the quantity of the convenient rubbish out of the station adding up every day.
During enforcement, described weighing system also includes being arranged on the weight display above ENTRANCE and exit, institute
State weight display to be connected with described weighing controller.
As such, it is possible to vehicle weight is shown, it is simple to confirm whether load-bearing completes, and anti-leak-stopping claims phenomenon to occur, and has
It is beneficial to improve the accuracy of load bearing system.
During enforcement, described weighing system also includes being arranged on the traffic lights above described electronic vehicle weighing apparatus, institute
State traffic lights to be connected with described weighing controller.
So, arranging traffic lights can guide vehicle out of the station in order, and once vehicle weighing does not complete, and traffic is believed
The vehicle to rear for the signal lamp is refused to let pass, and prevents front vehicle from quickly reaching electronic vehicle weighing apparatus and causes shadow to weighing of front vehicles
Ring, be conducive to improving the accuracy of weighing system, increase the order of vehicle out of the station.
During enforcement, the front end of described electronic vehicle weighing apparatus is additionally provided with for detecting the radio-frequency card information being arranged on vehicle
Ground induction coil, described ground induction coil is connected with described weighing controller.
During use, for ease of the management of vehicle, existing garbage transporting vehicle is fitted with the radio frequency of recording information of vehicles
Card, by arranging ground induction coil in electronic vehicle weighing apparatus front end, can read information of vehicles and be sent in computer management module,
It is used for recording the order of classes or grades at school of transport every day of each car, and the rubbish quantity of every order of classes or grades at school transport, it is simple to be preferably subsequent vehicle
Schedule prepare.
It during enforcement, is additionally provided with in described lifting transit zone 21 for depositing refuse transfer box 11 and transhipment compression box 222
Compression box working area, described compression box working area near described lifting transporter 211.
So, once the quantity of refuse transfer box and transhipment compression box is too much, and when wing-rooms on either side of a one-story house semitrailer quantity is inadequate, permissible
By lifting transporter by refuse transfer box or transhipment compression box transfer car(buggy) in a transfer car(buggy) or station hang oneself compression box
Working area is deposited.Can ensure that the operating efficiency of secondary transfer station.
During enforcement, described lifting transporter is gantry crane.
Gantry crane has utilization of area rate height, job area is big, adapt to the advantages such as wide, highly versatile.
The foregoing is only preferred embodiment of the present utility model, not with the utility model for limiting, all at this
Any modification, equivalent and the improvement etc. made within the spirit of utility model and principle, should be included in the utility model
Protection domain within.
Claims (6)
1. one way of life waste logistics intermodal system monitoring and dispatching system, it is characterised in that include computer management module
(231) monitoring system (232) and with described computer management module (231) being connected and dispatching and command system (233), institute
State monitoring system (232) to include being arranged on ENTRANCE, exit, refuse-unloading district and each compression box and berth the shooting above position
Head, and the monitoring display screen being arranged in control room, berth position for travel condition of vehicle in monitoring station and compression box
The compressive state of rubbish being shown on monitoring display screen in transhipment compression box；Described dispatching and command system (233) includes arranging
Scheduling input unit in control room, and it is arranged on the tune in ENTRANCE, exit, refuse-unloading district and garbage-compressing district
Degree display screen, for inputting the schedule information of vehicle and transhipment compression box and being shown in scheduling display screen.
2. house refuse logistics intermodal system monitoring and dispatching system as claimed in claim 1, it is characterised in that described scheduling
Input unit includes microphone for speech input, and described dispatching and command system also includes being arranged on ENTRANCE, exit, rubbish
Rubbish discharge zone and the loudspeaker in garbage-compressing district, for being broadcast the dispatch command of phonetic entry to staff by loudspeaker.
3. house refuse logistics intermodal system monitoring and dispatching system as claimed in claim 1, it is characterised in that described monitoring
System (232) also includes weighing system, and described weighing system includes being connected with described computer management module (231)
Weighing controller and the electronic vehicle weighing apparatus being arranged on ENTRANCE and exit passage, the sensor of described electronic vehicle weighing apparatus
It is electrically connected to described weighing controller.
4. house refuse logistics intermodal system monitoring and dispatching system as claimed in claim 3, it is characterised in that described weigh
Metering system also includes being arranged on the weight display above ENTRANCE and exit, described weight display and described control of weighing
Device processed is connected.
5. house refuse logistics intermodal system monitoring and dispatching system as claimed in claim 3, it is characterised in that described weigh
Metering system also includes being arranged on the traffic lights above described electronic vehicle weighing apparatus, described traffic lights and described control of weighing
Device processed is connected.
6. house refuse logistics intermodal system monitoring and dispatching system as claimed in claim 3, it is characterised in that described electronics
The front end of truck scale is additionally provided with for detecting the ground induction coil of radio-frequency card information being arranged on vehicle, described ground induction coil with
Described weighing controller is connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620538316.0U CN205721945U (en) | 2016-06-06 | 2016-06-06 | One way of life waste logistics intermodal system monitoring and dispatching system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106527328A (en) * | 2017-01-12 | 2017-03-22 | 上海闸环北站环境卫生工程有限公司 | Sanitation vehicle and operation equipment intelligent management system |
| CN108983721A (en) * | 2018-07-25 | 2018-12-11 | 中国能源建设集团广东省电力设计研究院有限公司 | The control system and method for vehicle logistics |
| CN112875110A (en) * | 2021-03-09 | 2021-06-01 | 重庆市固体废弃物运输有限公司 | Combined type unloading unit for garbage transfer station and garbage transfer method |
| CN118153887A (en) * | 2024-03-27 | 2024-06-07 | 青岛水务集团有限公司 | Transfer station traceable berth management system based on RFID technology |
-
2016
- 2016-06-06 CN CN201620538316.0U patent/CN205721945U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106527328A (en) * | 2017-01-12 | 2017-03-22 | 上海闸环北站环境卫生工程有限公司 | Sanitation vehicle and operation equipment intelligent management system |
| CN108983721A (en) * | 2018-07-25 | 2018-12-11 | 中国能源建设集团广东省电力设计研究院有限公司 | The control system and method for vehicle logistics |
| CN112875110A (en) * | 2021-03-09 | 2021-06-01 | 重庆市固体废弃物运输有限公司 | Combined type unloading unit for garbage transfer station and garbage transfer method |
| CN118153887A (en) * | 2024-03-27 | 2024-06-07 | 青岛水务集团有限公司 | Transfer station traceable berth management system based on RFID technology |
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Address after: 401121 Chongqing city Yubei District and Mount Huangshan Avenue East Building 1, No. 174 Patentee after: Chongqing Environmental Sanitation Group Co., Ltd. Address before: 401121 Chongqing city Yubei District and Mount Huangshan Avenue East No. 174 Patentee before: Chongqing environmental sanitation holding (Group) Co., Ltd. |